Represent Scalar Multiplication Graphically: CCSS.Math.Content.HSN-VM.B.5a - Common Core: High School - Number and Quantity
Card 0 of 48
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where 
is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is 
, and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is , and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is , and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is , and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is , and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is , and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is , and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is , and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is , and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is , and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is , and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If 
, what is 
?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then 
.
There is a visual representation below.
The solid red arrow is , and the dashed blue line is 
.
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If , what is ?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then .
There is a visual representation below.
The solid red arrow is , and the dashed blue line is .
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If , what is ?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then .
There is a visual representation below.
The solid red arrow is , and the dashed blue line is .
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If , what is ?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then .
There is a visual representation below.
The solid red arrow is , and the dashed blue line is .
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If , what is ?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then .
There is a visual representation below.
The solid red arrow is , and the dashed blue line is .
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If , what is ?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then .
There is a visual representation below.
The solid red arrow is , and the dashed blue line is .
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If , what is ?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then .
There is a visual representation below.
The solid red arrow is , and the dashed blue line is .
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If , what is ?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then .
There is a visual representation below.
The solid red arrow is , and the dashed blue line is .
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above
If , what is ?
If
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where is the scalar.
In this case it is
The final answer is then .
There is a visual representation below.
The solid red arrow is , and the dashed blue line is .
Multiplying a vector by a scalar is as simple as multiplying the scalar by each vector component. In equation form it looks like this.
where
In this case it is
The final answer is then
There is a visual representation below.
The solid red arrow is
Compare your answer with the correct one above